bogie car的例句大全

Spring plank stiffness influence of swing bogie freight car on its dynamics performances

摆动式货车转向架弹簧托板刚度对其动力学性能的影响

In order to analyze the effect of spring plank stiffness on the dynamics performances of swing bogie freight car, the spring plank was considered as an elastic beam using finite element method.

以真实的车辆悬挂系统为主体，以减震弹簧为研究对象，设计了一个基于非线性谱分析方法的减震弹簧失效诊断的实验系统。

Study on the 6 t Single Bogie Maglev Test Car

6t单转向架磁浮试验车的研究

The Selection of the Bogie for Tilting Car in Our Country

我国摆式客车转向架的选型研究

Discussing the Development of Bogie for Freight Car

关于货车转向架的发展探讨

Research on Gauge-Changeable Bogie for Freight Car and Its Performance

变轨距货车转向架及其性能研究

Discussion of Electrical Grounding of Carbody and Bogie of Passenger Car

客车车体转向架电气接地问题探讨

Since 1996, railway passenger car started to use the welded bogie to replace the original casting bogie, the corrosion was quite serious.

自1996年以来，铁路客车开始采用焊接转向架替代原铸造转向架，腐蚀情况相当严重。

The bogie bolster springs bear all the load of freight car. The balance of spring-loaded in each group will directly affect operating life and traffic safety of the freight car.

铁道车辆转向架摇枕弹簧在运行中承受车辆全部载荷，各组弹簧承载是否平衡将直接影响其使用寿命和行车安全。

The research and development of direct-drive motor car bogie are the forefront international issues in the field of urban rail vehicles.

直接驱动动车转向架的研究和开发是城轨车辆领域国际性前沿课题。

Optimization design of welded bogie frame for high speed power car

高速动力车转向架焊接构架优化设计

Research of Load Identification for Passenger Car Bogie Frame Supports

客车转向架构架支吊座载荷识别分析研究

Analysis and Research on Swing Type Freight Car Bogie Swing Bolster and Support

摆动式货车转向架摇动台及支座结构分析研究

The bogie structure of rigid bolster and non bolster is the development orientation of passenger car bogies. It is the fundamental starting point to research and develop the new generation of air springs.

无摇动台和无摇枕结构是今后客车转向架的发展方向，这是新一代空气弹簧研究开发的基本出发点。

Recommended by the WPC to the dynamics of the bogie to assess performance in order to check their car on the curve of capacity, I will help complete the task.

建议由WPC重新对转向架的动力学性能进行评估，以校验其转向架对曲线的通过能力，我公司将协助完成该项工作。